Numerically efficient multiscale material models for processes with thermal and chemical impact ((2) M05)

这一新的分项目是为了填补程序签字方法方面的空白。它的范围是如何表征材料微观结构的热和化学诱导的改变对宏观边界层性质的影响这一科学悬而未决的问题。从微观到宏观的过渡将通过分析和半分析的均质化方法实现，这对于开发工艺特征的不同组成部分至关重要。因此，均匀化方法成为具有热和化学影响的过程签名方法的一部分。

This new sub-project has been introduced in order to close a gap in the Process Signature methodology. Its scope is the scientifically open question of how the impact of thermally and chemically induced modifications of the material microstructure on the macroscopic boundary layer properties can be characterized. The transition from the micro- to the macroscale will be achieved by analytical and semi-analytical homogenization methods and is of crucial importance for the development of different components of Process Signatures. Thereby, the homogenization approaches become a part of the Process Signature methodology for processes with thermal and chemical impact.